Purpose: Exercise
has been linked to many positive benefits in a person's life. It
is known that certain exercises will increase the endurance of a
muscle. Scientific AmeriKen, will probe into the exercise world
to see how to generalize this rate of increase.

Hypothesis:
There are three types of graphs in which to generalize the rate.
The first is a linear graph, where the rate remains steady as
time continues, and exponential graph, where rate increase as
time continues, and a logarithmic graph, where the rate will
decrease as time continues. The Hypothesis of this experiment is
that, the rate of muscle endurance, with constant exercise, will
decrease as time continues, and therefore can be generalized as a
logarithmic graph.

Equipment:
Pen and Paper, other equipment is optional pertaining to type of
exercise or muscle that is used. Used for this experiment was a
weight set.

Procedure:
This experiment used a weight set, therefore, the procedure was
to see how many repetitions one could do per sitting, and
recording results. That process was repeated over a period of
almost 2 months.

Observations:

IMAGE LOST

Above: The Graph represents raw
data from the experiment. Below: Graphical interpretations of the
rate of the increase in repetitions. The left graph represents
linear progression, the graph on the right represents logarithmic
progression.

Conclusion: From the date, it is
apparent that the best fitting line is the line which represents
logarithmic progression. Stated in other words, the rate of
increase, in the number of repetitions will decrease as time
continues.